Spanish Army Air Defence Command
Command of the Spanish Army
From Wikipedia, the free encyclopedia
The Spanish Army Air Defence Command (Spanish: Mando de Artillería Antiaérea, MAAA) is a command of the Spanish Army, based in Madrid; composed of anti-air artillery units under a same command, formed, trained and equipped to contribute, into a joint or joint/combined frame, to the air space control and defense. Those units may act either in the national territory or as a reinforcement to allied organization based on the joint and Army specific doctrine.[1]

The MAAA is composed of a General Quarter and a set of anti-aircraft artillery units and units of combat support.
The units belonging to the MAAA are:
- 71st Anti-air Artillery Regiment in Madrid with Mistral surface-to-air missiles and 35/90 Guns
- 73rd Anti-air Artillery Regiment in Cartagena, Murcia with Skyguard-Aspide surface-to-air missile systems and NASAMS surface-to-air missile systems, also in Valencia with MIM-104 Patriot surface-to-air missile systems
- 74th Anti-air Artillery Regiment in San Roque, Cádiz and at Base El Copero in Dos Hermanas, Seville with HAWK PIP III surface-to-air missile systems
- 81st Anti-Aircraft Artillery Regiment of Marines in Valencia
- Signal Battalion in Madrid and at Base El Copero in Dos Hermanas, Seville
The 94th Anti-air Artillery Regiment, which fields NASAMS surface-to-air missile systems falls under operational control of the Canarias General Command.
The 72nd Anti-Air Artillery Regiment was disbanded in December 2015.
Equipment in service
These are the air-defence systems in service with the Spanish Army.
Air surveillance and command centers
Mostly used with very short, short and medium range systems.
| Model | Origin | Image | Type | Quantity | Notes |
|---|---|---|---|---|---|
| Command centers | |||||
| COAAS-M
Centro de Operaciones de Artillería Semiautomático Medio |
Air defence command and control | Unclear | [2][3]
Composed of:
COAAS-M shelter on a URO VAMTAC. It can receive and distribute air detection information from and to all air defence systems. | ||
| COAAS-L
Centro de Operaciones de Artillería Semiautomático Ligero |
— | Air defence command and control | Unclear | [5]
Can be integrated to the COAAS-L through a PR4-G radio. The COAAS-L can be connected to 2 Raven radars. The system uses a radar console CONRAD. | |
| Sensors | |||||
| Thales Nederland Raven – COAAS-L
Centro de Operaciones de Artillería Semiautomático Ligero |
X-band, FMCW (frequency modulated continuous wave), air surveillance radar | Unclear | [6][7][8]
Radar that can be used on its own or with the COAAS-L system. The data transferred to the COAAS-L through a PR4-G radio. Range 20km, low and very low altitude surveillance.[5] Used primarily with Mistral air defence systems and with 35/90 air defence canons.[9] | ||
| RAC 3D – COAAS-M
Centro de Operaciones de Artillería Semiautomático Medio |
C-band (UHF) 3D radar, air surveillance radar (medium low and very low altitude) | Unclear | [6][7]
Radar associated to the COAAS-M system that supports the air defence systems. Range of 100 km.[10] Vehicle used by the Iveco-Pegaso M320 8×8. Used primarily with Mistral air defence systems and with 35/90 air defence canons.[9] Its replacement is being considered.[10] | ||
| LPD-20 | Early warnning radar, low / very low altitude | — | [11] | ||
Air defence weapons
MIM-104 Patriot PAC-2 system
The fire units currently in service were purchased to the German Air Force between 2004 and 2014.
| Model | Origin | Image | Type | Quantity | Notes |
|---|---|---|---|---|---|
| Fire units | |||||
| MIM-104 Patriot PAC-2 | Medium to long range air defence fire unit | 3 | Purchases of the fire units: | ||
| Fire units composition | |||||
| M901 | Launching station (TEL)
Transporter erector launcher |
18 | [13]
Spain operates 6 launchers per fire unit. Each can carry up to 4 PAC-2 missiles. | ||
| AN/MSQ-104 ECS
Engagement Control Station |
Command and control center | 3 | [14]
1 per fire unit. | ||
| AN/MPQ-53 | PESA fire-control radar
Passive electronically scanned array" |
3 | [14]
1 radar system per PAC-2 fire unit- The system is made of a radar, an IFF and an ECCM and track-via-missile. | ||
| OE-349 Antenna Mast Group | Transmission station | 6 | [14]
2 directional transmission systems per fire units. Transmitting data from the ECS to the launchers. | ||
| Patriot PAC-2 generators | Electrical power plant for radar | 8 | [14]
2 generators on one truck per fire unit. | ||
| Missiles | |||||
| PAC-2 Plus missiles | SAM missile - anti-aircraft / anti-ballistic - long range
Surface-to-air |
Unknown | [14] | ||
| Vehicles | |||||
| MAN KAT1 8×8
LKW 15t mil gl KAT I A1 (8×8) |
Military trucks | 21 | [14]
Used with the radar and the TEL. | ||
| MAN KAT1 6×6
LKW 10t mil gl KAT I A1 (6×6) |
Military trucks | 13 | [14]
Used with the ECS, the transmission system and the generator trucks. | ||
| MAN KAT1 8×8 munition reloading truck
LKW 15t mil gl KAT I A1 (8×8) |
Munition reloading trucks | Unknown | A truck equipped with a crane to reload the munitions on the launchers. | ||
MIM-23B Hawk
| Model | Origin | Image | Type | Quantity | Notes |
|---|---|---|---|---|---|
| Batteries | |||||
| MIM-23B Hawk | Medium-range, semi-active radar homing, SAM
Surface-to-air missile |
2 | [15][16]
Orders:
Modernisation in 1984 with the PIP III (Product Improvement Plan 3). Donations to Ukraine as of July 2025: | ||
| Fire units composition | |||||
| MIM-23 Hawk launcher | Missile launcher | 14 | 24 launchers purchased in 1965, 12 additional in 2001, and 22 donated to Ukraine as of July 2025.[15] | ||
| Battery Command Post | Digital command and control post | 2 | [21]
1 unified digital command post for the battery. 2 remain in service (4 + 2 purchased). 2025: Indra to modernise it with a modern IFF system.[22] | ||
| AN/MPQ-50 | C-band (IEEE), pulse acquisition, air surveillance radar | 2 | [21]
Radar used for long range medium to high altitude surveillance. 1 radar per battery. 2 remain in service (4 + 2 purchased). | ||
| AN/MPQ-61 | Fire-control radar | 4 | [21]
Radar used to illuminate the targets. 2 radars per battery. Upgraded to PIP III variant, addition of a Low-Altitude Simultaneous Hawk Engagement (LASHE) system. 4 remain in service (8 + 4 purchased). | ||
| AN/MPQ-62 | Continuous wave radar | 2 | [21]
Radar used for low altitude threat detection. 1 radar per battery. 2 remain in service (4 + 2 purchased). | ||
| Missiles | |||||
| MIM-23B Hawk | Medium-range, semi-active radar homing, SAM
Surface-to-air missile |
Unknown | [23] | ||
NASAMS 2
The system has been in service since 2003, and a modernisation contract was signed in 2025.
| Model | Origin | Image | Type | Quantity | Notes |
|---|---|---|---|---|---|
| Fire units | |||||
| NASAMS 2
"National Advanced Surface-to-Air Missile System" |
Short to medium range air defence fire unit | 4 | [24]
4 fire units ordered in 2003. Modernisation to the standard NASAMS 2+ ordered in 2025 (€410 million), planned to enter service in 2027.[25][26][27] Note: 1 fire unit purchased by the air force to replace the Spada 2000 assigned to the Air Deployment Support Squadron.[28][29] | ||
| Fire units composition | |||||
| LCHR M-1 0-1
(Also known as Mk-I launcher) |
NASAMS missile launcher | 8
(4 additional planned) |
[30]
2 launchers per fire unit.[31] To be modernised to the Mk-II launcher standard, and a third launcher to be added by fire unit.[31] Note: 3 additional for the air force for the fire unit purchased by the air force.[29] | ||
| Kongsberg FDC
Fire Distribution Center |
(illustration) |
Command center | 4 | [32]
To be modernised with the shift to the standard NASAMS 2+.[29] Note: 1 additional purchased by the air force.[29] | |
| AN/MPQ-64M1 Sentinel | Fire-control, AESA, 3D, X-band radar | 4 | [33][34]
Range of 75 km (47 mi) and can track up to 80 targets. Being modernised to the standard F1 with the modernisation to the standard NASAMS 2+.[29] Note: 1 additional ordered for the air force.[29] | ||
| Rheinmetall MSP500 or MSP600 | (illustration) |
Passive electro-optical and infrared sensor | 0
(4 on order) |
[31]
Being added with the modernisation. | |
| Communication nodes | — | Nodal communications systems | 0
(3 on order) |
[29]
Added to the NASAMS 2+ systems, 3 ordered for the Army. Note: 1 additional ordered for the air force.[29] | |
| Missiles | |||||
| AIM-120 C5 AMRAAM | Radar guided missile | Unknown | [31][35]
6 missiles per launcher. | ||
| AIM-120 C8 AMRAAM | Radar guided missile | 0
(on order) |
[31]
Additional missiles for NASAMS and for the air force.[31][36] | ||
| AIM-120ER AMRAAM | Radar guided missile | 0
(potential purchase) |
[31]
Being considered for longer range and speed. | ||
| Vehicles | |||||
| Iveco-Pegaso M.250.37W & WM | — | 6×6 transport truck | Unknown
(current fleet) |
[31][35]
Transporting the missile launchers and the fire control units.[33] | |
| — | — | — | 6×6 and 8×8 transport truck | Unknown
(future fleet) |
[31]
Future trucks to transport elements of the NASAMS system and to transport the munitions. |
| Uro VAMTAC ST5 | — | 4×4 armoured vehicle | Unknown
(future fleet) |
[31]
Armoured vehicle to transport personnels. | |
MBDA Mistral
| Model | Origin | Image | Type | Quantity | Notes |
|---|---|---|---|---|---|
| MBDA Mistral | V/SHORAD | 168 | [37][38]
Mistral missile launchers. Orders:
2025: Indra to modernise it with a modern IFF system.[22] | ||
| MBDA Mistral - URO Vamtac | Mobile V/SHORAD systems | Unknown
(10 on order) |
[38]
Used to protect the NASAMS fire units. Installed on the URO Vamtac.[40] 2025: Indra to modernise it with a modern IFF system.[22] | ||
| Simulator | |||||
| SMPB Mistral - simulator
Simulador Portátil todo tiempo para Misil Mistral |
MANPAD simulator | 5 | [41][42]
System supplied by Adaptive Systems. | ||
Oerlikon GDF-007
| Model | Origin | Image | Type | Calibre | Quantity | Notes |
|---|---|---|---|---|---|---|
| Fire unit | ||||||
| Cañón AAA 35/90 GDF-007 | SHORAD
Short range air-defence |
35×228mm | 45 | [43]
Purchased in the 1970s, with the SuperFledermaus FCS (fire control system). T In the years 2000s, the FCS was retired and replaced by a Spanish system the canons were modernised. Some of the canons were refurbished to launch Aspide missiles (reusing the same chassis and actuators to rotate the turret and to manage the angle. Each fire unit currently in service is uses:[43]
| ||
| Fire control systems | ||||||
| SkyGuard | FCS
Fire control system |
— | 18 | [44][45][43]
Used with two effectors:
The Aspide launchers were retired. | ||
| SkyDor | (Same sensor on a ship) |
FCS
Fire control system |
— | 27 | [46][47]
Developed by Oerlikon Contraves with Izar (now known as Navantia) between 2000 and 2007.[48][49] It is made of:
Ths FDC reuses the SkyGuard and the sensor unit uses the Dorna system from Navantia.[43] Modernisations: | |
| LPD-20 | Early warnning radar, low / very low altitude | — | — | [51] | ||
| Canon | ||||||
| Oerlikon GDF-007
Cañón AAA 35/90 GDF-007 |
Anti-air autocannon | 35×228mm | 92 | [47][52]
GDF-002 acquired in the 1970s, modernised in several phases to the GDF-005 and then GDF-007 standard in the 2000s by SAPA in collaboration with Rheinmetall Air Defence.[47] The modern variant was modified:[47]
| ||
| Ammunitions | ||||||
| Rheinmetall Air Defence AHEAD
Advanced hit efficiency and destruction |
— | Anti-air airburst ammunition | 35×228mm | — | [53][54]
Vairants:
| |
| Vehicles | ||||||
| Iveco-Pegaso M320 6×6 | Tactical transport truck | — | — | [55]
Towing and transporting the equipment for the fire units. | ||
Equipment on order
Air defence weapons
MIM 104 Patriot PAC-3 +
The new fire units were ordered in July 2024.[56]
| Model | Origin | Type | Quantity | Notes |
|---|---|---|---|---|
| Fire units | ||||
| MIM-104 Patriot PAC-3+ | Medium to long range air defence fire unit | 0
(+ 4 on order) |
[56][57]
Order in July 2024 | |
| Fire units composition | ||||
| M903 | Launching station (TEL)
Transporter erector launcher |
0
(+ 24 on order) |
[56][57]
6 launchers per fire unit, capable to launch up to 4 PAC-2 GEM-T, or 12 PAC-3 MSE missiles. | |
| AN/MSQ-132 ECS
Engagement Control Station |
Tactical command and control | 0
(+ 4 on order) |
[56][57]
New command-and control station, 1 per PAC-3+ fire unit. | |
| ICS
information coordination central |
Strategic command and control | 0
(+ 2 on order) |
[56][57]
Coordination centers between the fire units. | |
| AN/MPQ-65 | AESA, GaN, fire-control radar
Active electronically scanned array |
0
(+ 4 on order) |
[56][57]
1 radar system per PAC-3+ fire unit- The system is made of a radar, an IFF and an ECCM and track-via-missile. | |
| OE-349 Antenna Mast Group | Transmission station | 0
(+ 8 on order) |
[56][57]
2 directional transmission systems per fire units. Transmitting data from the ECS to the launchers. | |
| Vincorion Patriot generators | Electrical power plant for radar | 0
(+ 8 on order) |
[56][58][57] | |
| Missiles | ||||
| PAC-2 GEM-T
Patriot Advanced Capability-2 -Guidance Enhanced Missile |
SAM missile - anti-aircraft / anti-ballistic - long range
Surface-to-air |
Unknnown
(+ 200 on order) |
Order in January 2024.[59]
1,000 missiles ordered in common with Germany, the Netherlands and Romania, to be manufactured in Europe, assembled in Germany in an agreement between Raytheon and MBDA Deutschland, Sener will also produce some parts.[60] | |
| PAC-3 MSE
Patriot Advanced Capability-3 - Missile Segment Enhancement |
SAM missile - anti-aircraft / anti-ballistic - medium range
Surface-to-air |
0
(+ 51 on order)[57] |
[56][57]
Agreement signed in July 2024 for the purchase of the PAC-3 MSE missile. Lockheed Martin collaborates with Sener and Oesía-Tecnobit on the production of the missile.[61] | |